Q5//answer one of the following branches c jäll al je al A) cast iron pipe (k=75w/m. °C) air flows inside this pipe at 300°C the inner diameter is 0.06 m, the outer diameter 7cm,it is covered with insulation type glass wool with thick 4cm. with k= 0.055w/m.°C .the ambient temperature 6 °C by free convection with heat transfer coefficient (20w/m2. °C) the heat transfer inside the pipe is 65 w/m?. °C. length of tube (L-2) determine

Elements Of Electromagnetics
7th Edition
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Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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long. The inlet water temperature is 10 C, and the tube wall temperature is 15 C
water temperature. k 0.585, Pr= 9.4, u= 1.31x10*,p= 992kg/m, CP= 4195 j/kg.
higher than the water temperature all along the length of the tube. What is the exit
%3D
Q5//answer one of the following branches e jall al je yal
A) cast iron pipe (k=75w/m. °C) air flows inside this pipe at 300°C the inner diameter
is 0.06 m, the outer diameter 7cm,it is covered with insulation type glass wool
with thick 4cm. with k= 0.055w/m.°C .the ambient temperature 6 °C by free
V3.
convection with heat transfer coefficient (20w/m2. °C) the heat transfer inside the
pipe is 65 w/m?. °C. length of tube (L-2) determine
1-the heat lost from the hot air 2-the temperature drop across the pipe shell 3-the
temperature drop across the insulation.
344
14.
1256 and
B) Fill the blanks:
of the
1. The thermal resistance of a medium depends on
medium.
2 All
law.
pes of convection are governed by
10000, the flow is
Transcribed Image Text:long. The inlet water temperature is 10 C, and the tube wall temperature is 15 C water temperature. k 0.585, Pr= 9.4, u= 1.31x10*,p= 992kg/m, CP= 4195 j/kg. higher than the water temperature all along the length of the tube. What is the exit %3D Q5//answer one of the following branches e jall al je yal A) cast iron pipe (k=75w/m. °C) air flows inside this pipe at 300°C the inner diameter is 0.06 m, the outer diameter 7cm,it is covered with insulation type glass wool with thick 4cm. with k= 0.055w/m.°C .the ambient temperature 6 °C by free V3. convection with heat transfer coefficient (20w/m2. °C) the heat transfer inside the pipe is 65 w/m?. °C. length of tube (L-2) determine 1-the heat lost from the hot air 2-the temperature drop across the pipe shell 3-the temperature drop across the insulation. 344 14. 1256 and B) Fill the blanks: of the 1. The thermal resistance of a medium depends on medium. 2 All law. pes of convection are governed by 10000, the flow is
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